A nurse is planning to transfer a client who weighs 136 kg (300 lb) from a bed to a chair. The client is unable to assist in the transfer. Which of the following actions should the nurse plan to take?

Choice A reason: Amitriptyline, a tricyclic antidepressant, typically causes hypotension via alpha-adrenergic blockade, not hypertension. Expecting blood pressure elevation shows misunderstanding, as its cardiovascular effects require monitoring for orthostatic changes, not hypertensive risks, in depression treatment.
Choice B reason: Acknowledging a 2-4 week delay for amitriptyline’s effect shows understanding, as tricyclics increase synaptic serotonin and norepinephrine gradually, requiring neuroplastic changes for mood improvement. This reflects accurate knowledge of the drug’s onset, critical for managing expectations in depression therapy.
Choice C reason: Taking amitriptyline on an empty stomach is incorrect, as food reduces gastrointestinal side effects like nausea. Its absorption is unaffected by food, but taking it with meals improves tolerability, indicating a misunderstanding of administration guidelines for effective therapy.
Choice D reason: Morning dosing of amitriptyline is incorrect, as its sedative effects, via histamine blockade, are best utilized at bedtime to aid sleep. Morning use may cause daytime drowsiness, reducing adherence, indicating a misunderstanding of its pharmacological profile in depression management.

Choice A reason: Monitoring for hypoglycemia is not a priority in bacterial meningitis, as it is not a common complication. The focus is on neurological risks like seizures or increased intracranial pressure due to inflammation. This action diverts attention from critical interventions, making it inappropriate for managing meningitis.
Choice B reason: Implementing seizure precautions is essential for bacterial meningitis, as inflammation of the meninges can irritate the brain, increasing seizure risk. Precautions like padded bed rails and anticonvulsant readiness ensure safety and prompt response, aligning with evidence-based care for this condition, making it the correct action.
Choice C reason: Placing the client in high-Fowler’s position may increase discomfort or exacerbate intracranial pressure in bacterial meningitis. A 30-degree head elevation is preferred to reduce pressure while maintaining comfort. This position is not optimal, making it an incorrect choice for this condition.
Choice D reason: Administering antiviral medications is inappropriate, as bacterial meningitis requires antibiotics, not antivirals, which target viral infections. Misusing antivirals delays effective treatment and worsens outcomes, making this action incorrect and potentially harmful for managing bacterial meningitis.